|
The
28th International Technical Conference on
Coal
Utilization & Fuel Systems
Theme:
Coal: Energy Security for the Future
-
March 10 - 13,
2003
-
Sheraton Sand
Key Hotel
-
Clearwater,
Florida, USA
|
Presented by
in
cooperation with the National Energy Technology Laboratory, U.S. Dept. of
Energy http://www.netl.doe.gov
|
Sunday,
March 9
11:00
a.m. –
Conference Registration Desk Opens
11:30
a.m. –
CTA
Board of Directors' Meeting
1:00
p.m. – Exhibit Set up (Click here for complete details
Exhibits )
2:00
p.m.
– Coal Ash Behavior and
Deposition – Short Course
-- Chairman:
Bruce Folkedahl, Research Scientist, Energy & Environmental Research
Center, University of North Dakota
–
Ash-related
problems encountered in combustion systems include the formation of fine
particulates that are difficult to collect, sulfur oxide emissions, corrosion
and erosion of boiler parts, radiant boiler slagging, convective pass fouling,
and other types of ash deposition. The economic impact of these problems is
staggering. The “Coal Ash Behavior and Deposition” tutorial
participants can expect to gain a better understanding of inorganic constituents
in coal, ash formation mechanisms, types of ash deposition, and deposit growth
and strength development. This enhanced understanding will allow better decision
making relating to fuel selection, locating and identifying deposit problems,
and decreasing the costs of research programs by starting with better
information and direction.
4:00
p.m. – Tutorial
on Fuel Characterization –
Chairman:
David A. Tillman, Manager - Fuels Engineering, Foster Wheeler Development Corp.
Monday,
March 10
8:30
a.m. –
Global
Climate Change Issues
–
Chairman:
Dr. Robert Romanosky, Product
Manager, Power Systems Advanced Research, Office
of Coal and Environmental Systems, National
Energy Technology Laboratory, U.S. Department of Energy
Status
of Global Climate Change Impacts and Responses
– Who is building dikes?
Who should be? Ice anyone?
-
Dr.
Michael MacCracken, Lawrence Livermore National Laboratory (retired), Former
Executive Director, National Assessment Coordination Office, U.S. Global
Change Research Program
What’s
in the Toolbox? –
A three-member panel discussion on some of the new tools being used in global
climate research and modeling. What are some of the research activities into
other areas, including solar weather, space weather, etc.?
What has the data shown their impacts to be on global climate change? How
is this data being used to determine institutional asset risk and to develop
appropriate risk avoidance and reduction strategies?
-
Dr.
William P. Dannevik, Leader,
Atmospheric Sciences Division, Lawrence Livermore National Laboratory
-
Michael
Halpert, Head of Forecast
Operations, Climate Prediction Center, National Oceanic & Atmospheric
Administration
-
Craig
Ebert, Managing Director, ICF
Consulting, Inc.
Carbon
as a Commodity
– The emerging international market for
GHGs. What are governments and industry doing to either support or hinder this
development?
U.S.
Government Activities on Global Climate
Change
– What is the U.S. government doing to
address this complex issue? Technology options, R&D, energy tax policy.
-
Dr.
David Halpern, Senior Policy Analyst, Office of Science and Technology
Policy, Executive Office of the President of the United States
11:30
a.m. – Barbecue
12:30
to 2:30 p.m. –
Tutorial on Mercury Removal
– Stanley J. Vecci, Babcock & Wilcox
>Mercury
Transformations –
Constance Senior, Reaction
Engineering International
>Mercury
Control –
Bill Downs, Babcock &
Wilcox Company
>Mercury
Measurements –
Mike Holmes, EERC
1:15
to 2:30 p.m. – Tutorial on Low NOx
Burners
– Alan Paschedag, Consultant
2:30
to 3:45 p.m. – Tutorial on CO2
Management
– Klaus Lackner, Columbia University
3:45
to 5:00 p.m. – Tutorial on Utility Water Issues –
Tom Feeley, National Energy Technology Laboratory, U.S. Department of Energy
>DOE/NETL
Perspective on Electric Utilities and Water, Tom Feeley
>Current
and Future Water Regulatory Issues Affecting Electric Utilities, Ron Wix,
Florida Power & Light
5:00
to 6:15 p.m. – Tutorial on Power Reliability Improvement and Emissions
Reduction (PRIER)
– Don Bonk, National Energy Technology Laboratory, U.S. Department of
Energy
6:15
p.m. – Welcome in the Exhibit Center
7:00
p.m. – Low NOx Users Group Meeting
Tuesday,
March 11
8:00
a.m. – Plenary Session
•
Welcome
– Stuart D. Serkin, Executive
Director, Coal Technology Association (CTA)
•
Overview
– Joseph J.
Battista, Chairman of the CTA Board and Cofiring Alternatives (EPRI)
•
Keynote
Panel – Coal: Energy Security for the Future –
Llewellyn King, Editor
& Publisher, The Energy Daily
>
Future
Energy Supply in Europe – Prof.
Klaus Hein, Institute for Power Station Technology, University of Stuttgart,
Germany
>
Vision
21: Coal's Roadmap to the Future –
Dr. Lawrence A. Ruth, National Energy Technology Laboratory, U. S. Department of
Energy
>
A Major Coal Utility's Perspective
–
Michael J. Mudd, Director - Generation Technologies, American Electric
Power
>
A Major Coal Company's Perspective
– Dr.
Frank Burke, Vice President R&D, CONSOL, Inc.
10:00
a.m. – Break
10:20
a.m. to Noon – Five Concurrent Sessions
|
Advanced
Materials
Fred Glaser, U. S. Department of Energy |
Virtual
Engineering, Modeling & Power Plants I
Dr.
Kenneth M. Bryden, Iowa State University |
Advances
in Understanding and Measuring Mercury in Power Systems
Constance Senior, Reaction Engineering
International |
Gasification
Technologies I
Massood Ramezan, Science Applications
International Corp. |
CO2
Management I
George Guthrie, Los Alamos National Laboratory
|
|
Sulfur
Tolerant Anode Materials For Gasified Coal Fuel Cells Fernando H. Grazon, Rangachary Mukundan and Eric
L. Brosha, Los
Alamos National Laboratory, USA |
Building a
Foundation for Power Plant Virtual Engineering Kenneth M. Bryden, S.
J. Kirstukas, Iowa State University, USA |
Development
of an Improved Model for Determining the Effects of SO2 on
Homogeneous Mercury Oxidation Jianrong Qiu and Joseph J. Helble, University of Connecticut, USA |
Coal Gasification – Back to the Future –
Perspective on Atmospheric vs Pressurized Coal Gasification Thomas L Wright, Parsons Energy & Chemicals,
USA |
Feasibility of CO2
Sequestration in Depleted Oil Reservoir Rajesh Pawar and Don Zhang, Los National Laboratories; Henry
R. Westrich, Sandia National Laboratories; and
Bruce Stubbs, Pecos Petroleum Engineering, USA |
|
Heat
Removal from High Temperature Tubular Solid Oxide Fuel Cells Utilizing
Product Gas from Coal Gasifiers William J. Parkinson,
Los Alamos National Laboratory, USA
|
A
Fast Fluid Flow Calculation Technique suitable for Dynamic System
Performance Calculations and also for Virtual Reality Modeling of the
Components of Power Plants John G. VanOsdol, National Energy Technology
Laboratory, U. S. Department of Energy, USA |
Predicting
the Levels and Speciation of Mercury in Coal-Derived Utility Exhaust
Streams Stephen
Niksa, Niksa Energy Associates, and Naoki
Fujiwara, Idemitsu Kosan Co., Ltd., JAPAN |
Operation
of a Transport Gasifier under Air-Blown and Oxygen-Blown Conditions at the
Power Systems Development Facility James R. Longanbach, National Energy Technology
Laboratory, US Department of Energy, USA |
Evaluation
of the Impact of CO2, Co-Contaminant, Aqueous Fluid and
Reservoir Rock Interactions on the Geologic Sequestration of CO2,
with Special Emphasis on Economic Implications Kevin
G. Knauss, James W. Johnson, and Carl I. Steefel, Lawrence Livermore National Laboratory,
USA |
|
Bench
and Pilot-Scale Measurements of the Performance of an ODS Alloy High
Temperature Heat Exchanger Concept John P. Hurley, Senior Research Manager; Kirk D.
Williams, Research Engineer and Greg F. Weber, Senior Research Advisor,
University of North Dakota Energy & Environmental Research Center, USA |
OrimulsionTM-coke
and Coal-char Reactivity Measurements and Modeling Masami
Ashizawa, Shiro Kajitani and Hiroaki
Watanabe, Central Research Institute of
Electric Power Industry (CRIEPI), JAPAN |
Impact
of Coal Chlorine on Mercury Emission and Its Speciation Profiles and Metal
Corrosion from A 100MWe Utility PC Boiler with Cold ESP and Low-NOx Burner Yan Cao, Lingchuan Li, Yufeng Duan, Shawn Kellie,
Gene Pan, Sen Li, Weibing Xu, Kunlei Liu, John T. Riley, and Wei-Ping Pan,
Western Kentucky
University; Paul Chu and Arun K. Mehta, Electric Power Research Institute; and Ron Carty,
Illinois Clean Coal Institute, USA |
How
to Make Economic Use of Biomass: Gasify with Coal for Small, Modular,
Dispersed Applications Howard
Feibus, Electrotek Concepts, Inc., USA
|
Geologic
Approaches to Carbon Management: CO2-Flood EOR and Saline Aquifer Storage James W. Johnson, John
J. Nitao, Robin L. Newmark, Barry A. Kirkendall, Gregory J. Nimz, &
Kevin G. Knauss, Lawrence Livermore National Laboratory, USA
|
|
Corrosion Resistant Boiler Tube Materials for
Advanced Coal-Fired Steam Generating Systems
Yoshitaka
Nishiyama, Nobuo Otsuka, Youzou Hayase,
Osamu Miyahara, Sumitomo Metal Industries, Inc., JAPAN
|
From Bunker to
Stack: the Cost-Reduction and Problem-Solving Benefits of Computational
Fluid Dynamics for Utility and Industrial Power Generation Kenneth R. Hules and
Ali Yilmaz, PhD, Babcock Borsig Power Inc., USA
|
The
Effect of Ammonia on Mercury Release from Coal Fly Ash Hao
Wang, Xinjun Teng, Jianming Wang and Heng Ban, School of Engineering,
University of Alabama at Birmingham; and Dean Golden and Ken Ladwig,
Electric Power Research Institute, USA
|
Plasma-Energy
Technologies for Improvement Environment and Economy Indexes of Pulverized
Coal Incineration and Gasification E. Karpenko and A.
Ustimenko, Institute of
Combustion Problems, Almaty, Kazakhstan;
and V. Messerle, Branch Centre of Plasma-Power Technologies of Russian J.S.
Co. “United Power System of Russia”, Gusinoozersk, RUSSIA |
Geologic
Sequestration of CO2 in a Depleted Oil Reservoir
Henry R. Westrich and Rajesh Pawar, Sandia National Laboratories; Reid
Grigg, New Mexico Tech; and Bruce Stubbs, Pecos Petroleum
Engineering, USA
|
Noon –
1:00 p.m. –
Lunch
1:00
p.m. – Plenary
Session – Overview of the Clear Skies Initiative –
C. Lowell Miller, U. S.
Department of Energy
> James
Childress, Executive Director, Gasification Technologies Institute
2:30
p.m. – Break
2:45
p.m. to 4:25 p.m. – Five Concurrent Sessions:
|
Advanced
Materials Technology for Coal Fired Power Plants
Dr.
R. Viswanathan, Electric Power Research
Institute |
Virtual
Engineering, Modeling & Power Plants II
Dr.
Kenneth M. Bryden, Iowa State University |
Mercury
Control
Stanley
J. Vecci, Babcock & Wilcox Company |
Low
NOx Burners I
Alan
Paschedag, Consultant |
CO2
Management II
Rich Walters, Albany Research Center
|
|
Water-Gas Shift Membrane Reactor Studies M.V. Ciocco, and B.D. Morreale, Parsons Project
Services, Inc.; K.S. Rothenberger, B.H. Howard, and R.P. Killmeyer,
National Energy Technology Laboratory, U. S. Department of Energy; and R.M.
Enick and Felipe Bustamante, University of Pittsburgh, USA |
Flash
Pyrolysis Systematics for Coals of Various Ranks Alex
E.S. Green and
Ritesh P. Chaube, Clean Combustion Technology Laboratory, University of
Florida, USA |
Mercury
Removal in a Multi-Pollutant Control Technology for Coal-Fired Boilers
Christopher R. McLarnon, Ph.D., Powerspan Corp.;
and Dan Steen, FirstEnergy Corp., USA |
TMPA
Cuts NOx Below
0.11 lb/MBtu with State of the Art Combustion and Controls Technology
Bruce
Partlow, TMPA; Pat Marz Duke Flour Daniel; Robert Kaltenback, Burns & McDonnell; John Grusha, and Ken McCarthy, Foster
Wheeler Power Group, Inc. USA |
Investigations of the Mechanisms that Govern
Carbon Dioxide Sequestration via Aqueous Olivine Mineral Carbonation
Michael J. McKelvy, Andrew V.G. Chizmeshya, Jason
Diefenbacher, Hamdallah Béarat, Renu Sharma, R.W. Carpenter, and George
Wolf, Arizona State University, USA |
|
Steam
Oxidation Testing of Candidate Ultrasupercritical Boiler Materials
J. M. Sarver,
S. Mohammed and J. M. Tanzosh, Babcock & Wilcox, USA |
Engineering Decision-Making within a Virtual
Environment Joseph R. Comparato, Fuel Tech,
Inc. and Dr. Kenneth M. Bryden, Iowa State University, USA |
Characterization of Fly Ash from Full-Scale
Demonstration of Sorbent Injection for Mercury Control on Coal-Fired Power
Plants Constance Senior, Reaction Engineering
International; and C. Jean Bustard, Kenneth Baldrey, Travis Starns, and Michael Durham, ADA Environmental
Solutions, LLC, USA |
Attaining
a NOx
Level of
0.15 lb/106
BTu on
a 700MW Lignite-fired Boiler Using Combustion Modifications Joel Vatsky and Tarkel
Larson, Advanced Burner Technologies Corp.; and Kent Randall and Barry
Gravitt, AEP/SWEPCO, USA |
Quantum Simulation Studies of Olivine Mineral
Carbonation Andrew
V.G. Chizmeshya, Michael J. McKelvy,
George H. Wolf, Renu Sharma, Otto F. Sankey, Hamdallah Bearat, Jason
Diefenbacher, and R.W. Carpenter Arizona State University, USA
|
|
Coal Ash Corrosion Resistant Materials
Testing Program – Evaluation of the First Section Removed in November
2001 Dennis
K. McDonald, Babcock & Wilcox Company, USA |
Computer
Simulation of Pulverized Coal Incineration with Plasma Activation
V.
Messerle, E. Karpenko, A. Ustimenko, Institute
of Combustion Problems,
Kazakhstan; and A. Askarova, Branch Centre of Plasma-Power Technologies of
Russian J.S.Co. “United Power System of Russia”, Gusinoozersk, RUSSIA |
Sorbents
for Removal of Mercury from Coal-Derived Synthesis Gas Gokhan Alptekin, PhD, and Robert Copeland, PhD,
TDA Research, Inc., USA |
Reducing NOx
Emissions and Commissioning Time on Southern Utility Coal Fired Boilers
With Low-NOx Burners and CFD Analysis Bonnie
Courtemanche,
Darrel E. Dorman, and Ali Yilmaz, Babcock Borsig Power, Inc., USA |
Experimental
Studies of the Serpentine Carbonation Reaction J. William Carey, Elias P. Rosen Steve J. Chipera,
Dale A. Counce, Marjorie G. Snow, Hans J. Ziock, and George D. Guthrie,
Jr., Los Alamos National
Laboratory; and Deborah Bergfeld, U.S. Geological Survey, USA
|
|
Materials
for Ultra Supercritical Coal-Fired Power Plant Boilers R. Viswanathan and G. Booras, EPRI; P. Weitzel,
McDermott Technology, Inc.; and M. Palkes, ALSTOM Power Inc., USA |
Technology
of System-Integrated Optimization of Full-seam Mining in Thick Coal Seam
Meng
Xiangrui, Lan Hang, Anhui University of
Science & Technology, PEOPLE’S REPUBLIC OF CHINA |
An
Update on the OSCAR Process T. Thomas, The Ohio State University, USA |
Individual
Burner Air Flow Measurement and CFD Modeling Expedites Low NOx
Burner Optimization and Boiler Commissioning, Ali
Yilmaz, Ph.D., Babcock Borsig Power, Inc.;
and Paresh Davé, Air Monitor
Corporation, USA |
Geological Sequestration of CO2 in the
Columbia River Basalt Group William K. O’Connor, Gilbert E. Rush, Cathy A.
Summers, and David C. Dahlin, Albany Research Center, Office of Fossil Energy,
U.S. Department of Energy, USA |
4:25
p.m. – Break
4:40
p.m. to 6:20 p.m. – Five Concurrent Sessions:
|
Opportunity
Fuels I
David
A.
Tillman, Foster Wheeler Energy Corp. |
Gasification
Technologies II
Massood Ramezan, Science Applications
International Corporation |
The
Vision 21 Program
Dr. Lawrence A. Ruth, National Energy
Technology Laboratory, U.S. Dept. of Energy |
Low
NOx Burners II
Alan
Paschedag, Consultant |
Selective
Catalytic Reduction
Fred
Glaser, U.S. Department of Energy
|
|
Production
of Tire Derived Fuel: Use of Mobile System as a Viable Economical
Alternative Susan M. Maley and Donald L. Bonk, National
Energy Technology Laboratory, U. S. Department of Energy; Jack S. Depue,
Mary Ellen Corporation; and Richard L. Cook Sr., JANRT, USA |
Gasification Technologies – Clean, Secure,
and Affordable Energy Systems Gary J. Stiegel, U.S. DOE, National Energy
Technology Laboratory; and Massood Ramezan, Science Applications
International Corp., USA |
Coal-Based Domestic Fuels for Energy
Security David Gray and Glen
Tomlinson, Mitretek Systems, USA |
NOx
Control Solutions as Applied in Texas for PRB, Lignite and Natural Gas
Fuels Doug
Hart, Robert Lewis, Pat Jennings, ALSTOM, USA |
German Power Industry Advisory For SCR
Operational Success in U.S. High Sulfur Applications William Ellison PE, Ellison Consultants, USA;
and Helmut Weiler, Weiler Consultants, GERMANY
|
|
Clean
Coal Production from Coal Slimes by Using Gravity Separation Methods
G.Önal, H. M.Tarkan & F. Boylu, Istanbul
Technical University, Mining Faculty, TURKEY |
A
New Refractory for Slagging Coal Gasifiers C.P.
Doğan, K-S. Kwong, J.P. Bennett, R.E. Chinn, and R. Krabbe, U.S.
Department of Energy/Office of Fossil Energy, Albany Research Center, USA |
Hydrogen
Separation Membranes for Vision 21 Energy Plants Shane E. Roark, Richard Mackay and Anthony F.
Sammells, Eltron Research,
Inc., USA
|
- NOx
Reduction From a 44 MW Wall-Fired Boiler Utilizing Oxygen Enhanced
Combustion Lawrence E. Bool III, Praxair, Inc., USA
|
Coal Combustion Products Quality Issues:
SCR Impact and Technology to Mitigate Ammonia Slip Rafic
Minkara, ISG Resources, Inc., USA
-
|
|
Coal-Fired Boiler Power Stations and Gas Clean processes using Activated
Coke for the 21st Century Teruo Watanabe, Keita Morimoto and Toshiharu Shibata, Sumitomo Heavy Industries,
Ltd.; and Yasuo Arai, Electric Power Development Co.,Ltd., JAPAN |
Electrostatically
Enhanced Barrier Filter Collector (EBFC) Ryan
Knutson,
Michael
Swanson, John Erjavec, Michael Collings,
Energy & Environmental Research Center, University of North Dakota,
USA
|
Vision
21 Partial Gasification Tests with Pittsburgh Coals A. Robertson, Z. Fan, R.
Froehlich, Foster Wheeler Development Corporation, USA |
Innovative NOx Control Technologies Can Eliminate an
SCR Ed Schindler, RJM Corporation, USA |
Pre-SCR
Start-up Testing and Advanced Knowledge of Commissioning Problems – The
Pre-Requisites of Successful SCR Retrofit Anupam Sanyal, Ph. D., International
Environmental & Energy Consultants, Inc., USA
|
|
|
The
PGACC Clean Coal Technology in China
Yang
Yongjun, China International Engineering
Consulting Corporation,
PEOPLE’S REPUBLIC OF CHINA
|
Zero
Emission Fossil Energy: Volatile
Trace Element Removal
Thomas W. Robison, Bobbi J. Roop, Bryan J. Carlson,
, Barbara F. Smith, Hans J. Ziock, Dominic Aguino;
Los Alamos National Laboratory; USA
|
CFD Evaluation of Oxygen enriched Combustion in a Coal
Fired Boiler: Impacts on NOx, Carbon in Ash, and Waterwall Corrosion
M.
Cremer, H. Wang, Z. Chen, K. Davis, and B. Adams, Reaction Engineering
Int'l; and L. Bool, H. Kobayashi, and D. Thompson, Praxair, USA
|
Promoted
SNCR- Prospective Technology for NOx Reduction from Industrial
Flue Gases
Khandoker Abul Hossain, Mohammad Nazri Mohd
Jaafar and Farid Nasir Ani, Faculty of Mechanical Engineering, University
Technology Malaysia, MALAYSIA
|
6:30 p.m. –
Beach Party –
Attendees from 19 countries will gather on one of the world's most beautiful
beaches to network and enjoy the fabulous foods prepared especially for
conference attendees. Representatives from Azerbaijan, Canada, Czech
Republic, England, Finland, Germany, India, Indonesia, Japan, Kazakhstan,
Malaysia, People's Republic of China, Russia, Taiwan, South Africa, The Netherlands,
Thailand, Turkey, and United States of America, will be in attendance.
Wednesday,
March 12
8:00
a.m. –
Plenary Session –
Overview of the Clean Coal Power Initiative
–
Chairman: Mike
Eastman, National Energy Technology Laboratory, U.S. Department of Energy
>Demonstration
Overview -Mike Eastman, National
Energy Technology Laboratory, U.S. Department of Energy
>DOE
Project Benefits Methodology and Case Study-Charles
Drummond, National
Energy Technology Laboratory, U.S. Department of Energy
>Financial
Analysis of Proposed Demo Projects
-TBD
Objective:
To
foster a creative environment by presenting current information regarding
The DOE/FE coal technology demonstration program to create an opportunity
for interested parties to provide input and share perspectives on needs
regarding the potential next CCPI solicitation (i.e. Round 2).
Workshop:
A panel of DOE Program personnel will be convened to receive comments and
recommendations from Session participants.
Such comments are expected to include suggestions for venues for public
participation regarding Round 2, experiences with the Round 1 solicitation,
scope of the Round 2 solicitation and out-year planning perspectives and needs.
The Workshop will be conducted in an “Open Mike” forum.
Participants comments will be recorded so that a summary can be prepared
and posted on the CCPI website.
10:00
a.m. – Break
10:20
a.m. to 12:30 p.m. – Five Concurrent Sessions:
|
Opportunity
Fuels II
David
A.
Tillman, Foster Wheeler Energy Corp. |
Upgraded
Coal Interest Group (UCIG)
Evan
Hughes, Electric Power Research Institute |
Coal
Preparation & Utilization
Latif
Khan, Illinois State Geological Survey and Joseph Hirschi, Illinois Clean Coal Institute |
Virtual
Engineering, Modeling & Power Plants III
Dr.
Kenneth M.
Bryden, Iowa State University |
CO2
Manage-
ment III
Klaus
Lackner, Columbia Univrsity |
|
Biomass
Co-firing with Low Volatile Coals James D. Wesnor and Larry G. Felix, Southern
Research Institute, USA |
UCIG – The EPRI Upgraded Coal Interest
Group Evan Hughes, EPRI, USA |
Coal
Preparation Plant Fine Waste: A
Fuel Feedstock for Mine Mount Power Plants M. K. Mohanty and B. C.
Paul, Southern Illinois University
at Carbondale, USA |
Advanced
CFD Post-Processing for P. F. Flame Structure and Emissions Stephen Niksa and Guisu Liu, Niksa Energy
Associates, USA |
Progress
on Continuous Processing for Mineral Carbonation Using a Prototype Flow
Loop Reactor Larry
Penner, Steve
Gerdemann, David C. Dahlin, William K. O'Connor, Albany Research Center,
Office of Fossil Energy, U.S. Department of Energy, USA
|
|
Energy Planning
at Wastewater Treatment Plants: Managing
Demand and Optimizing Generation Using Digester Gas Nate Cullen, Clean Water Services; and Bill Kitto
and Dave Green, CH2M HILL, USA |
Drivers
for Fine Coal Utilization Dr. A. Dilo Paul, Senior Scientist, Science
Applications International Corp., USA |
A
Road Map for a Secure Source of Energy: a Minerals Engineering Perspective
Latif Khan and William R. Roy, Illinois State
Geological Survey, USA |
Adiabatic Equilibrium Coal Combustion
H. F. Nelson and H. J. Sauer, Jr.,
University
of Missouri-Rolla, USA
|
The Cost of CO2
Capture and Sequestration For Fossil Fuel Power Systems Edward S. Rubin, Anand B. Rao and Chao Chen, Carnegie Mellon University, USA
|
|
Analyzing
Opportunity Fuels for Firing in Coal-Fired Boilers
David Tillman, Foster Wheeler Power Group, Inc.;
and David Johnson and Bruce Miller, The Energy Institute, The Pennsylvania
State University, USA |
A
Commercial Demonstration of the GranuFlow™ Technology to Produce a
Composite Fuel from Coal and Biomass Glenn Shirey and David Akers, CQ Inc.; and Carl
Maronde, DOE-NETL, USA |
Evaluation
of an Integrated Fine Coal Cleaning and Dewatering Circuit Suitable for
High Sulfur Coal M. K. Mohanty, Department of Mining and Mineral
Resources Engineering, Southern Illinois University at Carbondale, USA
|
CFD
Investigation of Sensitivity of Furnace Operational Conditions to Burner
Flow Controls Marc A. Cremer, and Huafeng Wang, Reaction Engineering International; and Paul
Wolff, Cyrus Taft, Richard Brown and Robert Frank, EPRI I&C Center, USA |
CO2
Sequestration: a Pathway to Implementation, Economic Benefit Included
Harry
Schreurs, Novem, The
Netherlands |
|
Fuel
and Limestone Feedstock Preparation for Circulating Fluidized Bed Boilers
Joseph W. Davidson, TraDet, Inc., Steve Friend,
Grant Town Power Plant, Edison
Mission Operation & Maintenance, USA |
Assessing Role of Coal Processing in Clean
Coal Utilization Yoginder P. Chugh, and A. Patwardhan, Southern Illinois University,
USA |
Multi-cell
Jigging for Fine Coal Cleaning David C. Yang and Paolo Bozzato, Mineral
Technologies International, Inc., USA
|
Modeling The Impacts Of Soot From Low-NOx Combustion Systems
Hong-Shig Shim, Adel Sarofim, Kevin Davis, and
Michael Bockelie, Reaction Engineering International; and Eric Eddings and
David Wagner, University of Utah, USA |
Potential
Carbon Dioxide Sequestration and Enhanced Coalbed Methane Production in
the Powder and Williston Basins Gary D. Stricker and Romeo M. Flores, U.S.
Geological Survey, USA |
|
A Green Alliance of Biomass and Coal (GABC)
Alex E. S. Green, University of Florida,
USA |
Physio-Chemical
Modeling of Coal and Coal/Biomass Slurries for Gasification and Direct
Combustion Applications John
Dooher, Adelphi University/Dooher Institute
of Physics and Energy, USA |
Comparing
a Two-stage Spiral to Two Stages of Spirals for Fine Coal Preparation
Dr.
Barbara Arnold, PrepTech Inc.; and Dr. Peter J. Bethell, Massey Coal
Services, Inc., USA |
A
Computational Model Study of NOx Reduction Strategies for a
Coal-Fired Stoker Furnace J.R. Valentine, K.A. Davis, M.K. Denison,
Reaction Engineering International, USA |
The Potential for Separation and Capture of
Carbon Dioxide at High Temperatures Roddie R. Judkins, Oak Ridge National Laboratory,
USA |
12:30
p.m. – Lunch
1:30
p.m. to 3:10 p.m. – Five Concurrent Sessions:
|
Multi-Pollutant
Controls I
Donald Bonk, National Energy Technology
Laboratory, U.S. Dept. of Energy |
Coal
Combustion I
Stefan
Laux, Foster Wheeler Energy Corp.
|
Value
Added Products I
Dr. A. Dilo Paul, Science Applications
International Corp. |
Biomass
for Power I
Christopher
J. Zygarlicke, University of North Dakota
Energy Research Center |
CO2
Capture I
Thomas
L. Ochs, Albany Research Center |
|
The
Bush Administration's Clear Skies Initiative Clark Harrison CQ, Inc., USA |
Deposition
Mechanisms of High Chlorine Coal as a Function of Stoichiometry and Tube
Temperature Shrinivas Lokare, David Dunaway Doug Rogers, Mark
Anderson, Larry Baxter, and Dale Tree, Brigham Young University, USA |
A
Model Study for Blind Pneumatic Backfilling of Fly Ash in Abandoned
Underground Mines Yoginder P. Chugh and
Indranil De, Southern Illinois University, USA |
Biomass for Power and Fuels Richard L. Bain, National
Renewable Energy Laboratory, USA
|
Technical Progress in the Development of
ZECA Zero Emission Coal Process H.-J.
Ziock, F.H. Garzon, G.D. Guthrie, E.L. Brosha, T.W. Robison, B. Roop, R, Mukundan and B.F. Smith, Los
Alamos National Laboratory; A.Kramer, and F. Lau, Gas Technology
Institute; K.S. Lackner, Columbia University; and M. Nawaz, and J. Ruby,
Nexant,
Inc., USA; E.J. Anthony, and J. Wang, CETC, Natural Resources
Canada, A.A. Johnson, ZECA Corporation, CANADA |
|
Membrane-Based Wet Electrostatic
Precipitation David J. Bayless, Ph.D., P.E., and Liming Shi,
Ph.D., Ohio Coal Research Center,
and Ben Stuart, Ph.D., P.E. Assistant Professor, Department of Civil
Engineering, Ohio University, USA |
High
Pressure Intrinsic Char Oxidation Kinetics of Pittsburgh #8 and North
Dakota Lignite Chars William C. Hecker,
Peter M. Madsen, Michael R. Sherman, Jared W. Allen, Rebekah J. Sawaya,,
and Thomas H. Fletcher, Brigham Young University, USA |
Carbon
Burn-Outä
– A Commercially Proven Solution for Fly Ash Woes
James G. Keppeler, Progress
Materials, Inc., USA |
Gasification
of Industrial By-Products and Wastes in a Fluid-Bed Gasifier Ann Henderson, Mark Musich, Michael L. Swanson,
and Chris Zygarlicke, UND Energy and Environmental Research Center, USA
|
Chemical
Extraction of Carbon Dioxide from Air to Sustain Fossil Energy by Avoiding
Climate Change
M. K. Dubey, H. J. Ziock, G.
H. Rueff, J. J, Colman, Los
Alamos National Laboratory and K. S.
Lackner, Columbia
University, USA
|
|
Reduction
of Air Toxic Emissions from Coal-Fired Power Plants – Regulation,
Applied Technologies and Recent Research Activities in Europe Sven
Unterberger, and Klaus R.G. Hein, Institute
for Process Engineering and Power Plant Technology, GERMANY |
Effects
of Fuel Ash Composition on Corrosion Deposits
Shrinivas Lokare, David Dunaway Doug Rogers,
Helle Junker, Dale Tree, and Larry
Baxter, Brigham Young University, USA
|
Large Scale
Production Requirements of Solvent Extracted Carbon Ore and Synthetic
Pitch Elliot B. Kennel, Peter G. Stansberry, PhD,
Alfred H. Stiller, PhD, John W. Zondlo, PhD, West Virginia University,
Department of Chemical Engineering, USA |
| |